Potting Compound
  • LCF300Y Thermal Conductive Potting Compound
  • 60.jpg
  • 62dff3f17de39.jpg
  • Potting-Compound-In-Use-Pic2_600x600_opt-600x600.jpg
  • LCF300Y Thermal Conductive Potting Compound
  • 60.jpg
  • 62dff3f17de39.jpg
  • Potting-Compound-In-Use-Pic2_600x600_opt-600x600.jpg

LCF300Y Thermal Conductive Potting Compound

Specification:
Introduction:
Thermal conductive potting compound is a low-viscosity two-component silicone potting material. This product has good fluidity, does not produce small molecules during curing, has excellent thermal conductivity and insulation properties after curing, and has no corrosion to various substrates. It is mainly used for potting of electronic components and circuit boards, such as driving power supplies. Sensors, photovoltaic junction boxes, etc., provide protection for electrical / electronic devices and components under severe conditions such as high humidity, extreme temperature, thermal cycle stress, mechanical shock and vibration, mold, dirt, etc., no contact thermal resistance, seamless contact Heat-generating electronic components, heat is conducted from the separation device or the entire PCB to the metal shell or diffusion plate, thereby improving the efficiency and service life of the heat-generating electronic components.
  • Product introduction
  • Technical Parameters
  • Product Application
  • Product Characteristics
Thermal conductive potting compound is a low-viscosity two-component silicone potting material. This product has good fluidity, does not produce small molecules during curing, has excellent thermal conductivity and insulation properties after curing, and has no corrosion to various substrates. It is mainly used for potting of electronic components and circuit boards, such as driving power supplies. Sensors, photovoltaic junction boxes, etc., provide protection for electrical / electronic devices and components under severe conditions such as high humidity, extreme temperature, thermal cycle stress, mechanical shock and vibration, mold, dirt, etc., no contact thermal resistance, seamless contact Heat-generating electronic components, heat is conducted from the separation device or the entire PCB to the metal shell or diffusion plate, thereby improving the efficiency and service life of the heat-generating electronic components.
Test items
LCF080Y
Test Method

A Part
B Part

Appearance
White fluid
Grey fluid
Visual
Adhesion
30000±1500
30000±1500
ASTM D2857
Mixing ratio
1:1
/
Performance after mixing
Adhesion
30000/25℃
ASTM E3116
Operable time
45min/25℃
ASTM C679
Curing time
480min/25℃
/
Properties after curing
Appearance
Gray solid
Visual
Thermal Conductivity
3.0±0.3W/m.k
ISO22007
Hardness
50±5 ShoreA
ASTM D2240
Specific Gravity
3.01g/cm3 ±0.05
ASTM D792
Tensile Strength
1.20MPa
ASTM D412
Volume Resistivity
1×1013 Ω·cm
ASTM D257
Breakdown Voltage
10KV/mm
ASTM D149
Dielectric Constant
5.0(@1MHz)
ASTM D150
Linear expansion coefficient
180μm/(m·℃)
ASTM E228
Flame Rating
V-0
UL94
 Continuous Use Temp -40~150℃
/

Potting protection for power modules, inverters and ballasts
Potting protection of electronic control unit and sensors
Potting protection of LED lighting components
Potting applications for other suitable products
High thermal conductivity, low viscosity
Good fluidity and rapid defoaming
Curing at room temperature, heating can speed up the curing speed
No corrosion to the substrate

Contact

Tel:+86-13691979380

E-mail:ElvinLen@szutd.com

Address:Union Tenda Technology Park, No. 61, Zhangqi Road, Guixiang Community,Guanlan Street, Longhua District, Shenzhen